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| Analyzed File | NewROv-Material Sketch v17 |
| Version | Autodesk Fusion (2.0.19426) |
| Creation Date | 2024-06-09, 14:58:59 |
| Author | Hp |
Title Studies Author Hp
Study 3 - Static Stress
Study Properties
Study Type Static Stress Last Modification Date 2024-06-09, 14:54:46
Settings
General
Contact Tolerance 0.10 mm Remove Rigid Body Modes No
Damping
Mesh
Average Element Size (% of model size) Solids 10 Scale Mesh Size Per Part No Average Element Size (absolute value) - Element Order Parabolic Create Curved Mesh Elements Yes Max. Turn Angle on Curves (Deg.) 60 Max. Adjacent Mesh Size Ratio 1.5 Max. Aspect Ratio 10 Minimum Element Size (% of average size) 20
Adaptive Mesh Refinement
Number of Refinement Steps 0 Results Convergence Tolerance (%) 20 Portion of Elements to Refine (%) 10 Results for Baseline Accuracy von Mises Stress
Materials
Component Material Safety Factor Body1 PVC, Unplasticized Yield Strength
PVC, Unplasticized
Density 1.290E-06 kg / mm^3 Young's Modulus 709.00 MPa Poisson's Ratio 0.41 Yield Strength 40.00 MPa Ultimate Tensile Strength 40.00 MPa Thermal Conductivity 1.900E-04 W / (mm C) Thermal Expansion Coefficient 4.190E-05 / C Specific Heat 1004.00 J / (kg C)
Contacts
Mesh
Type Nodes Elements Solids 7174 3686
Load Case1
Constraints
Fixed2
Type Fixed Ux Fixed Uy Fixed Uz Fixed
Selected Entities
Loads
Gravity
Type Gravity Magnitude 9.807 m / s^2 X Value 0.00 m / s^2 Y Value 0.00 m / s^2 Z Value -9.807 m / s^2
Selected Entities
Force4
Type Force Magnitude 505.215 N X Value 0.00 N Y Value 0.00 N Z Value -505.215 N Force Per Entity No
Selected Entities
Results
Result Summary
Name Minimum Maximum Safety Factor Safety Factor (Per Body) 15.00 15.00 Stress von Mises 7.054E-05 MPa 0.218 MPa 1st Principal -0.177 MPa 0.341 MPa 3rd Principal -0.331 MPa 0.143 MPa Normal XX -0.199 MPa 0.232 MPa Normal YY -0.276 MPa 0.229 MPa Normal ZZ -0.306 MPa 0.303 MPa Shear XY -0.035 MPa 0.034 MPa Shear YZ -0.093 MPa 0.091 MPa Shear ZX -0.083 MPa 0.053 MPa Displacement Total 0.00 mm 0.005 mm X -0.002 mm 9.721E-04 mm Y -9.472E-04 mm 9.166E-04 mm Z -0.005 mm 1.212E-04 mm Reaction Force Total 0.00 N 3.34 N X -1.233 N 1.243 N Y -1.229 N 1.002 N Z -0.224 N 3.336 N Strain Equivalent 1.687E-07 4.687E-04 1st Principal 1.109E-07 4.548E-04 3rd Principal -4.895E-04 -1.024E-07 Normal XX -1.081E-04 7.381E-05 Normal YY -1.838E-04 1.302E-04 Normal ZZ -2.473E-04 2.423E-04 Shear XY -1.382E-04 1.365E-04 Shear YZ -3.697E-04 3.637E-04 Shear ZX -3.290E-04 2.119E-04 Contact Force Total 0.00 N 0.00 N X 0.00 N 0.00 N Y 0.00 N 0.00 N Z 0.00 N 0.00 N
Reaction Forces
Constraint Name Reaction Force Reaction Moment Magnitude Component (X,Y,Z) Magnitude Component (X,Y,Z) Fixed2 507.437 N 4.172E-05 N 2876.998 N mm 1268.589 N mm 1.356E-05 N -2582.208 N mm 507.437 N 0.004 N mm
Safety Factor
Safety Factor (Per Body)
0.00
8.00
Stress
von Mises
[MPa] 0.00
0.218
1st Principal
[MPa] -0.177
0.341
3rd Principal
[MPa] -0.331
0.143
Normal XX
[MPa] -0.199
0.232
Normal YY
[MPa] -0.276
0.229
Normal ZZ
[MPa] -0.306
0.303
Shear XY
[MPa] -0.035
0.034
Shear YZ
[MPa] -0.093
0.091
Shear ZX
[MPa] -0.083
0.053
Displacement
Total
[mm] 0.00
0.005
X
[mm] -0.002
0.001
Y
[mm] -9.472E-04
9.166E-04
Z
[mm] -0.005
0.00
Reaction Force
Total
[N] 0.00
3.34
X
[N] -1.233
1.243
Y
[N] -1.229
1.002
Z
[N] -0.224
3.336
Strain
Equivalent
0.002E-04
4.687E-04
1st Principal
0.001E-04
4.548E-04
3rd Principal
-4.895E-04
-0.001E-04
Normal XX
-1.081E-04
0.738E-04
Normal YY
-1.838E-04
1.302E-04
Normal ZZ
-2.473E-04
2.423E-04
Shear XY
-1.382E-04
1.365E-04
Shear YZ
-3.697E-04
3.637E-04
Shear ZX
-3.29E-04
2.119E-04
Contact Force
Total
[N] 0.00
0.00
X
[N] 0.00
0.00
Y
[N] 0.00
0.00
Z
[N] 0.00
0.00
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